Continuity uses its High Throughput Experimentation (HTE) expertise to significantly accelerate the development of efficient synthesis routes for small molecules by facilitating rapid exploration of a wide range of variables. We leverage automated systems, parallel processing, and rapid data collection to accelerate the exploration of various reaction conditions, catalysts, reagents, and solvents.
Here’s a general overview of how HTE can be applied in small molecule synthesis:
Reaction Optimization
Catalyst Screening
Reagent and Solvent Selection
Reaction Pathway Exploration
Scale-up Feasibility
Quality Control & Consistency
Benefits of HTE in Synthesis Route Development:
Speed:HTE drastically shortens the time required for identifying optimal conditions and synthesizing small molecules.
Cost-Effective:By minimizing reagent consumption and maximizing information obtained per experiment,HTEaccelerates discovery while reducing overall development costs.
Innovation:HTE allows for the exploration of novel or unconventional conditions that may lead to the discovery of innovative synthetic routes.
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